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Chapter 5 Amplitude Modulation Contents - UMD

Chapter 5 Amplitude ModulationContentsSlide 1 Amplitude ModulationSlide 2 The Envelope and No OvermodulationSlide 3 Example for Single Tone ModulationSlide 4 Measuring the Modulation IndexSlide 5 Transmitted vs. Message Power ins(t)Slide 6 Powers in Single Tone Case (cont.)Slide 7 spectrum of an AM Signal (cont.)Slide 8 Demodulating by Envelope DetectionSlide 9 Square-Law Envelope Detector (cont.)Slide 10 Sampling Rate for Square-Law DetectorSlide 11 Hilbert Transforms and ComplexEnvelopeSlide 12 Hilbert Transforms (cont.)

• The second term has a spectrum centered about ±2ωc. For positive frequencies, this spectrum is confined to the interval (2ωc −2W,2ωc +2W). • The spectra for these two terms must not overlap. This requirement is met if 2W < 2ωc −2W or ωc > 2W • H(ω) is an ideal lowpass filter with cutoff frequency 2W so that its output is 0 ...

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  Spectrum, Frequency, Amplitude

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Transcription of Chapter 5 Amplitude Modulation Contents - UMD

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